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有源电力滤波器设计，三相三线，PR控制，电压空间矢量控制(active filter ,PR control,svpwm control)

详细介绍了用MATLAB重建三维图像的过程，并有程序，感觉很不错，值得看一下！(Detailed three-dimensional image reconstruction using MATLAB process and procedures, I feel very good, it is worth a look!)

说明：  simulink 通信仿真手册 里面详细介绍了每个模块的作用和详细参数设置(communication simulation simulink Manual which details the role of each module and detailed parameters set)

运用New-Rapshon方法计算线接触常温弹流润滑程序，并绘制出压力和膜厚曲线图。(use New-Rapshon calculated line contact temperature EHL procedures, and plotted pressure and thickness curves.)

非结构网格剖分，进行平面网格的剖分，可以插值复杂地形(Unstructured mesh generation, the plane of the grid mesh, can be interpolated complex terrain)

3D方式演示欧拉角 通过鼠标就可以更改欧拉角的方位，其中代码适用于欧拉角方向余弦矩阵的转换。(findEulerAngs generates Euler angle sets and animates rotations in response to user manipulation of a 3D rigid body (a box). Use the mouse to change the orientation of the box. A wireframe of the original box position will appear. The Euler Axis button animates the rotation about the Euler Axis between the original and new box positions. The Rotate button calculates a set of Euler angles for the rotation type currently selected ( Body or Space ) and the axis set selected in the dropdown menu to orient the axes to the new box position. Derotate reverses this process and brings the axes back to their previous position. Once the axes have been rotated, subsequent rotations are calculated from this new orientation. This means that Space rotations use the coordinate system associated with the previous cube orientation (i.e. the axes of the wireframe cube). Axes DCM is the direction cosine matrix of the current axes orientation in the unrotated inertial frame. Box DCM (in)

用MATLAB对单载波频域均衡进行仿真，并绘制出误码率仿真的结果。(Using MATLAB on a single carrier frequency domain equalization simulation, and to map out the bit error rate simulation results.)

说明：  this is haar wavelet coding

一个批量调度的源代码,没有实际使用,但提供了一种实现的思路(A batch scheduling source code, no actual use, but provides a realization of the idea of)

it is matlab code about buffer.it is very useful for electrical students . it is about how buffer works and its visulasation